Akopian E V, Zagorul'ko T M
Zh Evol Biokhim Fiziol. 1976 Mar-Apr;12(2):206-9.
After bilateral lesion of the posterior lateral thalamic nucleus in rats, studies been made of motor-feeding reflexes to light stimuli. Using spatial preference technique, it was shown that lesion of this nucleus (representing a part of the retino-tecto-thalamo-cortical system) disturbs differentiation of spatially uncoupled visual stimuli. These data confirm the idea on telencephalization of ancient retino-tectal part of the visual system in evolution and indicate that this part is involved into the analysis of spatial relationships.
在大鼠双侧丘脑后外侧核损伤后,对光刺激的运动 - 进食反射进行了研究。采用空间偏好技术表明,该核(代表视网膜 - 顶盖 - 丘脑 - 皮质系统的一部分)损伤会干扰空间上不相关视觉刺激的辨别。这些数据证实了视觉系统古老的视网膜 - 顶盖部分在进化中向端脑发展的观点,并表明该部分参与空间关系的分析。